Parts Description; Lubrication; Functional Description - Makita AN613 Manuel D'instructions

PARTS DESCRIPTION

► Fig.1
1 Actuation mode selector
5 Latch lever
9 Air duster button
INSTALLATION
Selecting compressor
► Fig.2: 1. Nailing frequency (times/min)
2. Compressor air output per minute (L/min)
3. 0.83 MPa (8.3 bar) 4. 0.66 MPa (6.6 bar)
5. 0.49 MPa (4.9 bar)
The air compressor must comply with the requirements
of EN60335-2-34.
Select a compressor that has ample pressure and air
output to assure cost-efficient operation. The graph
shows the relation between nailing frequency, applica-
ble pressure and compressor air output.
Thus, for example, if nailing takes place at a rate of approximately
60 times per minute at a compression of 0.66 MPa (6.6 bar), a
compressor with an air output over 85 liters/minute is required.
Pressure regulators must be used to limit air pressure to the
rated pressure of the tool where air supply pressure exceeds
the tool's rated pressure. Failure to do so may result in seri-
ous injury to tool operator or persons in the vicinity.
Selecting air hose
CAUTION:
Low air output of the compressor,
or a long or smaller diameter air hose in relation
to the nailing frequency may cause a decrease in
the driving capability of the tool.
► Fig.3
Use an air hose as large and as short as possible to
assure continuous, efficient nailing operation.
With an air pressure of 0.49 MPa (4.9 bar), an air hose with an inter-
nal diameter of over 6.5 mm and a length of less than 20 m is recom-
mended when the interval between each nailing is 0.5 seconds.
Air supply hoses shall have a minimum working pressure
rating of 1.03 MPa (10.3 bar) or 150 percent of the maxi-
mum pressure produced in the system whichever is higher.

Lubrication

► Fig.4
To insure maximum performance, install an air set (oiler, regu-
lator, air filter) as close as possible to the tool. Adjust the oiler
so that one drop of oil will be provided for every 30 nails.
When an air set is not used, oil the tool with pneumatic
tool oil by placing 2 (two) or 3 (three) drops into the air
fitting. This should be done before and after use.
For proper lubrication, the tool must be fired a couple of
times after pneumatic tool oil is introduced.
► Fig.5: 1. Pneumatic tool oil
2 Trigger
6 Door
10 Adjuster (for adjusting
nailing depth)
3 Hook
7 Contact element
11 Nose adapter
FUNCTIONAL
DESCRIPTION
CAUTION:
Before adjusting or checking func-
tion on the tool, always release the trigger and
disconnect the air hose from the tool.
Adjusting depth of nailing
CAUTION:
Always release the trigger and
disconnect the hose before adjusting the depth
of nailing.
► Fig.6: 1. Adjuster
To adjust the depth of nailing, turn the adjuster.
The depth of nailing is the deepest when the adjuster
is turned fully in the A direction shown in the figure. It
will become shallower as the adjuster is turned in the B
direction.
If nails cannot be driven deep enough even when the
adjuster is turned fully in the A direction, increase the
air pressure.
If nails are driven too deep even when the adjuster is
turned fully in the B direction, decrease the air pressure.
Generally speaking, the tool service life will be longer
when the tool is used with lower air pressure and the
adjuster set to deeper depth of nail driving.
Hook
CAUTION:
Always release the trigger and
disconnect the hose before changing the hook
position.
CAUTION:
Never hook the tool at high loca-
tion or on potentially unstable surface.
CAUTION:
Do not hang the hook from the
waist belt. If the nailer accidentally drops, it may
result in misfiring and personal injuries.
► Fig.7
► Fig.8: 1. Hook 2. Hex socket bolt 3. Hole
The hook is convenient for hanging the tool temporarily.
To change the hook position, remove the hex socket
bolt and switch the hook direction. The hook has two
holes. Choose the hole depending on your preferable
hook width.
10 ENGLISH
4 Magazine cap
8 Air fitting
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